Brief: Learn how this solution can streamline typical workflows and improve reliability. This video provides an in-depth look at the ADSS All-Dielectric Self-Supporting Fiber Optic Cable, showcasing its installation process without the need for a separate messenger wire. You'll see how its single-pass deployment and compatibility with AFL hardware simplify network design and reduce costs for internet communication infrastructure.
Related Product Features:
Gel-filled tubes are reverse-oscillated to allow slack for mid-span access, supporting up to 288 fibers.
Gel-free buffer tube options are available for different installation preferences.
Capable of supporting pole-to-pole span lengths up to 1100 feet for versatile deployment.
Single jacket design reduces cable diameter and weight compared to double jacket ADSS cables.
No separation requirement from conductors simplifies installation and enhances safety.
Operates reliably across a wide temperature range from -40℃ to +70℃.
Designed with high crush resistance of 263N/cm for durability in harsh environments.
Custom ADSS cables can be manufactured to meet specific span and sag requirements.
FAQ:
What does ADSS stand for and what is its main advantage?
ADSS stands for All-Dielectric Self-Supporting. Its main advantage is that it requires no separate support or messenger wire, allowing for single-pass installation which is both economical and simplifies building a fiber optic network.
What is the maximum number of fibers supported by this ADSS cable?
This ADSS cable can support up to 288 fibers, making it suitable for high-capacity internet communication needs.
How does the single jacket design benefit the installation?
The single jacket design decreases the cable's diameter and weight compared to traditional double jacket ADSS cables, making it easier to handle and install over long spans.
What are the environmental operating conditions for this cable?
The cable is designed to operate reliably in temperatures from -40℃ (-40℉) to +70℃ (+158℉), and it can withstand various ice and wind load conditions as specified in its physical parameters table.